Changes

The algorithm uses a proprietary software that mathematically calculates the visual similarity of string based on the length of the strings, number of similar letters within sequences of two or more letters, number of similar letters not in sequence, number of dissimilar letters, and length of common prefixes and suffixes if greater than one. The algorithm also uses an image recognition program that supports most common characters in other languages including Arabic, Chinese, Cyrillic, Devanagari, Greek, Japanese, Korean and Latin. It is capable in comparing cross-script strings under the same group pf scripts.<ref>[https://icann.sword-group.com/algorithm/ About This Tool]</ref>

The algorithm uses a proprietary software that mathematically calculates the visual similarity of string based on the length of the strings, number of similar letters within sequences of two or more letters, number of similar letters not in sequence, number of dissimilar letters, and length of common prefixes and suffixes if greater than one. The algorithm also uses an image recognition program that supports most common characters in other languages including Arabic, Chinese, Cyrillic, Devanagari, Greek, Japanese, Korean and Latin. It is capable in comparing cross-script strings under the same group pf scripts.<ref>[https://icann.sword-group.com/algorithm/ About This Tool]</ref>

You may utilize the Sword Algorithm [https://icann.sword-group.com/algorithm/ '''here'''].

'''You may utilize the Sword Algorithm [https://icann.sword-group.com/algorithm/ here].'''

==Related Panels==

==Related Panels==